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20. Given the information provided in Fig. 15, determine Rc, RB, RE, VCE and VB. 12V 2mA Re ネ VCE 2-4V RE Fig. 15

20. Given the information provided in Fig. 15, determine Rc, RB, RE, VCE and VB. 12V 2mA Re ネ VCE 2-4V RE Fig. 15

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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20. Given the information provided in Fig. 15, determine Rc, RB, RE, VCE and VB. 12V 2mA Re 7.6V VCE 2-4 V RE Fig. 15
Transcribed Image Text:20. Given the information provided in Fig. 15, determine Rc, RB, RE, VCE and VB. 12V 2mA Re 7.6V VCE 2-4 V RE Fig. 15
16. Determine IB, Ic and VCE for a base biased transistor circuit with the following values; Bpc= 90, Vcc=12V, RB=22kN, and Rc=1002. 17. A collector-feedback circuit uses an npn transistor with Vcc=12V, Rc=1202, and RB=47KN. Determine the collector current and the collector voltage if BDc=200. 18. For the fixed-bias configuration of Fig. 13, determine: IBQ, Ica, VCea, Vc, VB, and VE. +8V R 360k Rc Vo B= 100 Fig. 13 19. For the voltage divider bias configuration of Fig. 14, determine: IBa, Ica, Vcea, Vc, VB, and VE. +16V R, 62k Rc 3.9k O v. B = 81 9.1k RE 0.68k Fig. 14
Transcribed Image Text:16. Determine IB, Ic and VCE for a base biased transistor circuit with the following values; Bpc= 90, Vcc=12V, RB=22kN, and Rc=1002. 17. A collector-feedback circuit uses an npn transistor with Vcc=12V, Rc=1202, and RB=47KN. Determine the collector current and the collector voltage if BDc=200. 18. For the fixed-bias configuration of Fig. 13, determine: IBQ, Ica, VCea, Vc, VB, and VE. +8V R 360k Rc Vo B= 100 Fig. 13 19. For the voltage divider bias configuration of Fig. 14, determine: IBa, Ica, Vcea, Vc, VB, and VE. +16V R, 62k Rc 3.9k O v. B = 81 9.1k RE 0.68k Fig. 14
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